MAX3275 Search Results

MAX3274

Abstract: MAX3275 MAX3277 HFAN-3
Contextual Info: 19-2207; Rev 0; 10/01 Low-Noise, Fibre Channel Transimpedance Amplifiers Features ♦ Up to 2.125Gbps NRZ Data Rates The MAX3277 is identical to the MAX3275, but with the output polarities inverted for optimum packaging flexibility. Both parts operate from a single 3.3V supply and

Contextual Info: MAX3275 U/D I/O Model SPICE I/O Macromodels aid in understanding signal integrity issues in electronic systems. Most of Maxim’s High Frequency/Fiber Communication ICs utilize input and output I/O circuits with Current Mode Logic (CML), Positive Emitter Coupled Logic (PECL), and

Contextual Info: 19-2207; Rev 0; 10/01 Low-Noise, Fibre Channel Transimpedance Amplifiers Features ♦ Up to 2.125Gbps NRZ Data Rates The MAX3277 is identical to the MAX3275, but with the output polarities inverted for optimum packaging flexibility. Both parts operate from a single 3.3V supply and

1E12

Abstract: MAX3274 MAX3275 MAX3277
Contextual Info: 19-2207; Rev 1; 3/05 Low-Noise, Fibre Channel Transimpedance Amplifiers Features The MAX3275/MAX3277 transimpedance amplifiers provide a compact low-power solution for communication up to 2.125Gbps. They feature 300nA inputreferred noise at 2.1GHz bandwidth BW with 0.85pF

Contextual Info: 19-2207; Rev 1; 3/05 Low-Noise, Fibre Channel Transimpedance Amplifiers Features The MAX3275/MAX3277 transimpedance amplifiers provide a compact low-power solution for communication up to 2.125Gbps. They feature 300nA inputreferred noise at 2.1GHz bandwidth BW with 0.85pF

max3912

Abstract: HFAN-09 MAX3910
Contextual Info: Optical receiver performance evaluation To know the relationship between BER and eye opening at data decision, the statistical characteristics of the amplitude noise need to be determined. Usually, as a figure of merit, we use signal Q-factor to measure the signal quality for

max14574

Abstract: MAX1786 MAX1788 MAX8899 DS1849 MAX16908 MAX4967 DS3610 max17018 max13487
Contextual Info: Monitor Reports by Product: 1. Find the product of interest in the table below. Note the process and/or package for that product. 2. Use the "Back" button to return to the home page. 3. Select the process in the "Process Reliability" for the product of interest.

MAX3274

Abstract: MAX3274UGE MAX3275 MAX3276 MAX3276UGE
Contextual Info: 19-2375; Rev 0; 4/02 Dual-Rate Fibre Channel Limiting Amplifiers Features ♦ Dual-Rate 1.0625Gbps/2.125Gbps Operation ♦ On-Chip Selectable 4th-Order Filter ♦ Relaxation Oscillation Suppression of Legacy, CD Laser-Based Transmitters ♦ Available in 100Ω and 150Ω Output Terminations

MAX3274

Abstract: MAX3274UGE MAX3275
Contextual Info: 19-2375; Rev 1; 7/03 Dual-Rate Fibre Channel Limiting Amplifier Features ♦ Dual-Rate 1.0625Gbps/2.125Gbps Operation ♦ On-Chip Selectable 4th-Order Filter ♦ Relaxation Oscillation Suppression of Legacy, CD Laser-Based Transmitters ♦ Available in a 100Ω Output Termination

MAX3912

Abstract: HFAN-09 MAX3910 MAX3970
Contextual Info: Application Note: HFAN-3.0.2 Rev 0; 03/03 Optical Receiver Performance Evaluation MAXIM High-Frequency/Fiber Communications Group Maxim Integrated Products 3hfan302.doc 03/18/03 Optical Receiver Performance Evaluation 1 Introduction In an optical transmission system, one essential

photodiode amplifier

Abstract: 0805CS-560XKBC MAX3277 MAX3277EVKIT
Contextual Info: 19-2264; Rev 0; 12/01 MAX3277 Evaluation Kit Features ♦ Fully Assembled and Tested ♦ Includes Photodiode Emulation Circuit ♦ Includes Calibration Circuit for Accurate Bandwidth and Jitter Measurements Component List DESIGNATION QTY Ordering Information

Contextual Info: 19-2375; Rev 1; 7/03 Dual-Rate Fibre Channel Limiting Amplifier Features ♦ Dual-Rate 1.0625Gbps/2.125Gbps Operation ♦ On-Chip Selectable 4th-Order Filter ♦ Relaxation Oscillation Suppression of Legacy, CD Laser-Based Transmitters ♦ Available in a 100Ω Output Termination

Model Spice

Contextual Info: MAX3277 U/D I/O Model SPICE I/O Macromodels aid in understanding signal integrity issues in electronic systems. Most of Maxim’s High Frequency/Fiber Communication ICs utilize input and output I/O circuits with Current Mode Logic (CML), Positive Emitter Coupled Logic (PECL), and